GADSA03LH24
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The GADSA03LH24 servo amplifier features IGBT-based sinusoidal PWM control, a control circuit power supply of single-phase 200 to 240 VAC, position/speed/torque control, and supports a 200 VAC single-phase input main circuit power supply. Part of the G Sanmotion AC Servo Amplifiers series by Sanyo Denki, it includes EtherCAT interface.
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Product Description:
The GADSA03LH24 Servo Amplifier by Sanyo Denki is designed for seamless integration and features advanced communication capabilities that ensure optimal synchronization with industrial automation systems. It falls in the series of G Sanmotion AC Servo Amplifiers.
The GADSA03LH24 servo amplifier compact design reduces motor length by up to 22% enhances space efficiency, while the lightweight motor reduces weight by up to 28% improves overall handling and installation. It delivers a continuous output current of 5.2 Amps that guarantees stable operation and a peak output current of 16.3 Amps that provides high dynamic response. It is designed with durability in mind that is optimized to perform reliably in various regions and environments. It supports consistent performance across applications with power supply capacity of 2.4 k VA. It is not featured with a built in regenerative resistor, and its minimum allowable external resistance is 10 Ω. Its brake power consumption reduction feature helps provide up to 44% energy savings that contribute to efficiency. It comes with a main circuit input voltage monitoring that allows real time tracking of power input. The module's lightweight and compact design optimizes installation flexibility without compromising performance.
The GADSA03LH24 servo amplifier is supporting encoder communication diagnosis that guarantees accurate feedback and system stability. It facilitates smooth data exchange and system integration with the inclusion of EtherCAT communication diagnosis. With its power efficiency and enhanced durability features it is a strong choice for industrial automation systems that require continuous and peak output performance. It is compliant with industry standards that ensure compatibility with various motion control systems. Its design focuses on energy efficiency and system reliability that makes this servo amplifier an effective option among various other modules.
Frequently Asked Questions about GADSA03LH24:
Q: How does the encoder communication diagnosis enhance system performance in the GADSA03LH24 Servo Amplifier?
A: The encoder communication diagnosis ensures precise motion control by continuously monitoring feedback accuracy. This reduces errors and enhances synchronization in high-speed applications.
Q: Why is the main circuit input voltage monitoring important in the GADSA03LH24 Servo Amplifier?
A: It allows real-time power tracking, ensuring stable voltage input and protecting components from fluctuations. This helps maintain reliable performance and prevents potential electrical failures.
Q: What advantage does the brake power consumption reduction of up to 44% provide?
A: The feature minimizes energy consumption during braking, reducing heat generation and improving efficiency. It enhances long-term reliability by lowering stress on electrical components.
Q: How does EtherCAT communication diagnosis improve system integration in the GADSA03LH24 Servo Amplifier?
A: It enables high-speed data exchange that ensures precise motion coordination in networked automation systems. This results in better synchronization and reduced response time.
Q: Why does the GADSA03LH24 Servo Amplifier use an external regenerative resistor instead of a built-in one?
A: External resistors allow flexibility in selecting resistance values that match specific application needs. This ensures efficient energy dissipation and prevents excess heat buildup.
